def aveCLnum(iYM, eYM, icl):
clName = dclShortName[icl]
sDir = "/tank/utsumi/CLOUDTYPE/WNPAC/num"
lYM = util.ret_lYM(iYM, eYM)
a2out = zeros([ny,nx], int32)
for YM in lYM:
Year, Mon = YM
sPath = sDir + "/num.%04d%02d.%s.%dx%d"%(Year,Mon,clName,ny,nx)
a2out = a2out + fromfile(sPath, int32).reshape(ny,nx)
a2out = a2out / len(lYM)
return ma.masked_where(a2dommask==-9999., a2out)
def accDat(dattype,iYM, eYM, binPr, sumnum="num"):
dfunc = {"sum":loadSum
,"num":loadNum
}
ddtype= {"sum":"float32"
,"num":"int32"
}
accDat = zeros([ncltype, ny, nx], ddtype[sumnum])
lYM = util.ret_lYM(iYM,eYM)
for (Year,Mon) in lYM:
accDat = accDat + dfunc[sumnum](dattype,Year,Mon,binPr)
return accDat
def ret_gNameLatLon(domain):
iYM = [2005,4]
eYM = [2014,9]
lYM = util.ret_lYM(iYM, eYM)
lYM = [YM for YM in lYM if YM[1] not in [1,2,3,11,12]]
lYM = lYM[::-1]
#-- load gauge data
daPrcp = {}
dLat = {}
dLon = {}
lgName = []
for YM in lYM:
Year,Mon = YM
try:
lgNameTmp = dgName[domain, Year, Mon]
except KeyError:
continue
for gName in lgNameTmp:
if gName not in lgName:
lgName.append(gName)
dLat[gName], dLon[gName] = gv.dlatlon[domain,gName]
return lgName, dLat, dLon
from numpy import * from datetime import datetime, timedelta from collections import deque from gv_fsub import * import GPMGV import numpy as np import myfunc.util as util import matplotlib.pyplot as plt import sys, os calc = True #calc = False iYM = [2005,4] #iYM = [2014,10] eYM = [2014,10] lYM = util.ret_lYM(iYM, eYM) lYM = [YM for YM in lYM if YM[1] not in [1,2,3,11,12]] print lYM #thdist = 2.5 # km thdist = 5 # km minNum = 3 prdName = 'L2A25' nh = 40 gv = GPMGV.GPMGV() gv.load_sitelist_reclassified() dgName = gv.ret_ddomYM2gName() ldomain = gv.domains #ldomain = ['FLORIDA-STJ','FLORIDA-SFL-N','N.Carolina-IPHEx_Duke','N.Carolina-IPHEx_NASA','KWAJALEIN-KWA']
def ret_num(iYM,eYM,rtype):
lYM = util.ret_lYM(iYM,eYM)
a3dat= zeros([nz,ny,nx],int32)
for Year,Mon in lYM:
a3dat = a3dat + ret_num_single(Year,Mon,rtype)
return a3dat
def ret_sumnum(sumnum,iYM,eYM,rtype):
lYM = util.ret_lYM(iYM,eYM)
a2dat= zeros([ny,nx],int32)
for Year,Mon in lYM:
a2dat = a2dat + ret_sumnum_single(sumnum,Year,Mon,rtype)
return a2dat
region = line[0]
nwName = line[1]
nwCode = line[2]
domain = line[3]
gCode = line[4]
lat = float(line[5])
lon = float(line[6])
sYear = int(line[7])
sMon = int(line[8])
eYear = int(line[9])
eMon = int(line[10])
key = domain
lYM = util.ret_lYM([sYear,sMon],[eYear,eMon])
if len(line)>11:
lnoYM = map(YYYYMM2YM, line[12:])
ltmp = [YM for YM in lYM if YM not in lnoYM ]
lYM = ltmp
# initialize
if key not in lkey:
lkey.append(key)
dYM[key] = lYM
dnwCode[key] = nwCode
dlat[key]= [lat]
dlon[key]= [lon]
else:
from numpy import *
import myfunc.util as util
import os, sys, socket
import matplotlib.pyplot as plt
import matplotlib
from scipy import stats
matplotlib.use('Agg')
iYM = [1997,12]
eYM = [2013,11]
#eYM = [2006,11]
dMon= 1
lYM = util.ret_lYM(iYM, eYM)[::dMon]
hostname = socket.gethostname()
if hostname =="mizu":
rootDir = "/home/utsumi/mnt/wellshare"
elif hostname=="well":
rootDir = "/media/disk2/share"
rootDir = os.path.join(rootDir, "HCELL/SUMNUM/Type")
#lrtype = ["strat","conv","other","all"]
lrtype = ["all"]
ny = 148
nx = 180
miss= -9999.
Lat = arange(-37+0.25,37-0.25+0.01,0.5)
Lon = arange(0+1.0,360-1.0+0.01,2.0)
def loadMonthly(self, ID, iYM=False, eYM=False):
srcPath = self.ret_pathMonthly(ID)[2]
f=open(srcPath, "r")
lines = f.readlines()
f.close()
lYM = deque([])
ldat = deque([])
for sline in lines:
line = sline.strip().split(",")
Year = int(line[0])
Mon = int(line[1])
dat = float(line[2])
DTime = datetime(Year,Mon,1,0)
lYM.append([Year,Mon])
ldat.append(dat)
lYM = array(lYM)
ldat= array(ldat)
#-- record period --
if type(iYM)==bool:
lYMout = lYM
ldatout = ldat
else:
iDTimeOut = datetime(iYM[0], iYM[1],1,0)
eDTimeOut = datetime(eYM[0], eYM[1],1,0)
iDTimeDat = datetime(lYM[0][0],lYM[0][1],1,0)
eDTimeDat = datetime(lYM[-1][0],lYM[-1][1],1,0)
iYMDat = [lYM[0][0], lYM[0][1]]
eYMDat = [lYM[-1][0],lYM[-1][1]]
iYMOut = iYM
eYMOut = eYM
lYMout = util.ret_lYM(iYM, eYM)
ldatout= ones(len(lYMout))*self.miss_out
if eDTimeDat < iDTimeOut:
#print "case1"
pass
elif ((iDTimeDat<=iDTimeOut)\
&(iDTimeOut<=eDTimeDat)\
&(eDTimeDat<=eDTimeOut)):
#print "case2"
ldatout[:len(util.ret_lYM(iYMOut,eYMDat))] = ldat[-len(util.ret_lYM(iYMOut,eYMDat)):]
elif ((iDTimeOut<=iDTimeDat)&(eDTimeDat<=eDTimeOut)):
#print "case3"
ldatout[len(util.ret_lYM(iYMOut,iYMDat))-1:len(util.ret_lYM(iYMOut,iYMDat))-1 + len(ldat)] = ldat
elif ((iDTimeOut<=iDTimeDat)\
&(iDTimeDat<=eDTimeOut)\
&(eDTimeOut<=eDTimeDat)):
#print "case4"
ldatout[-len(util.ret_lYM(iYMDat,eYMOut)):] = ldat[:len(util.ret_lYM(iYMDat,eYMOut))]
elif eDTimeOut < iDTimeDat:
#print "case5"
pass
elif ((iDTimeDat<=iDTimeOut)&(eDTimeOut<=eDTimeDat)):
#print "case6"
ldatout = ldat[len(util.ret_lYM(iYMDat,iYMOut))-1:len(util.ret_lYM(iYMDat,iYMOut))-1 + len(lYMout)]
else:
print "Check!! in loadMonthly"
sys.exit()
#----------------
return lYMout, ldatout
